Information Transmission Through W-Fibers: A Symbolic Encoding Model of Nonlocal Cognitive Synchronization

Abstract This paper presents a theoretical model describing how information may be transmitted between individuals through W-fibers, defined as transient informational linkages formed through shared attention, synchronized cognitive states, and symbolic entrainment. We propose that W-fibers support the exchange of symbolic packets, not linguistic strings. These packets consist of geometric, imagistic, or emotional configurations that serve as compressed informational structures, which the receiving mind subsequently decodes into concepts or verbal language. We examine constraints on transmission bandwidth, discuss the feasibility of structured symbolic encoding systems analogous to QR codes or Morse code, and outline why symbolic geometry functions as the universal encoding format for consciousness. This framework draws from cognitive science, phenomenology of interpersonal synchrony, information theory, and emergent-spacetime models.